Notes:
Brain simulation is the use of computer models and software to simulate the functioning of the human brain or other biological brains. It is a research field that aims to understand how the brain works and to replicate its functions in artificial systems, such as computers or robots.
There are several approaches to brain simulation, including:
- Neural networks: These are mathematical models that mimic the structure and function of the brain. They consist of interconnected “neurons” that can process and transmit information. Neural networks are used to perform tasks such as image recognition, natural language processing, and decision-making.
- Biophysical simulation: This approach involves using computational models to simulate the detailed biophysical processes that occur in the brain, such as the flow of ions across cell membranes and the release of neurotransmitters.
- Anatomical simulation: This approach involves creating detailed 3D models of the brain’s structure and function, using data from neuroimaging techniques such as MRI or CT scans.
- Cognitive simulation: This approach involves simulating high-level cognitive processes, such as problem-solving, decision-making, and learning.
Brain simulation has the potential to revolutionize our understanding of the brain and to help develop new technologies, such as intelligent robots and brain-machine interfaces. However, the complexity of the brain means that it is a challenging task, and many questions about brain function remain to be answered.
Resources:
- digicortex.net .. hobby project implementing large-scale simulation and visualization
See also:
100 Best 3D Brain Scan Videos | Artificial Brains | BECCA (Brain Emulating Cognitive Control Architecture) | Best RoboBrain Videos | Brain Simulation | HBP (Human Brain Project) 2011 | Neuromorphic and Brain-Based Robots | Robot Brains | Robot Brains 2011 | Robot Brains 2012 | Robot Brains 2013
- Artificial Brain Simulation
- Walking Robot with Evolving Brain Simulation – Part 2
- Infinite Memory Engine and Faster Brain Simulation
- Fruit fly brain simulation
- In the zombie brain (simulation)
- Brain Simulation Ascending Activating System Thalamocortical Networks
- Brain Simulation Music
- WHOLE BRAIN SIMULATION
- Stanford researchers design new brain simulation tool
- S P Jain’s Annual Interschool Brain Simulation Contest
- Brain Simulation Music
- Testimony Quantum Brain SImulation
- Brain Simulation
- HBP Brain Simulation Platform, Use Case 014-15-16: Subcellular workflows
- HBP Brain Simulation Platform, Use Case 17, 18 ,19: Simulation with detailed neuron models
- HBP Brain Simulation Platform, Use Case 12: Circuit building
- HBP Brain Simulation Platform, Use Case 8: Morphology synthesis pipeline
- HBP Brain Simulation Platform, Use Case 7: Morphology reconstruction and diversification pipeline
- HBP Brain Simulation Platform (BSP) March 30th 2016 Demo (v2)
- HBP Brain Simulation Platform, Use Case 13: Microcircuit simplification
- HBP Brain Simulation Platform, Use Case 9: Electrophysiology pipeline
- Fallout 4 Walkthrough Gameplay Part 15 HD “”Brain Simulation””
- brain side – sample virtual brain simulation
- brain front – sample virtual brain simulation
- Industrial Contexts and Human Brain Simulation
- Bee brain simulation used to pilot a drone
- Voltage Control – Brain Simulation
- Tyler: Brain Simulation (Thought Café Today)
- DigiCortex Artificial Retina + Brain Simulation: 4 Billion Synapses, 16.7 Million Neurons
- The Human Brain Project SP6: Brain Simulation Platform
- Mehran Talebinejad on brain simulation for treatment of depression
- DigiCortex Artificial Brain Simulation – Retina + 8 Million Cortical Neurons / 2 Billion Synapses
- TWIE 145: Real-Time Brain Simulation
- Eray Özkural – What is it like to be a brain simulation – Oxford Winter Intelligence
- DigiCortex Artificial Brain Simulation – Retina Module Demonstration
- DigiCortex Artificial Brain Simulation – Upcoming (v0.96) Retina Module
- Brain Simulation
- Artificial Brain Simulation – Thalamocortical System, 3.5 Billion Synapses, 16.7 Million Neurons
- Artificial Brain Simulation – Thalamocortical System, 16.7 Million Neurons – 2.1 Billion Synapses
- Artificial Brain Simulation – Thalamocortical System, 8 Million Neurons – 1.4 Billion Synapses
- Artificial Brain Simulation – Thalamocortical System, 8 Million Neurons – 1.4 Billion Synapses
- Artificial Brain Simulation – Ascending Reticular Activating System and Thalamocortical Networks
- Artificial Brain Simulation – Thalamocortical System, 8 Million Neurons – 1.4 Billion Synapses
- Artificial Brain Simulation – Thalamocortical System, 8 Million Neurons – 1.4 Billion Synapses
- Optical nerve pathways in the human brain. simulation by Moko3D
- brain simulation
- Feasibility of Ant Brain Simulation/Evolution using Neural Networks and Genetic Algorithms
- Part 1 Brain simulation
- Anders Sandberg on Brain Simulation (2of2)
- Anders Sandberg on Brain Simulation (1of2)
- Ed Morris split brain simulation